|
9702 2026 Jun P1 Q1
What is an SI base quantity?
1
A
ampere
B
charge
C
coulomb
D
current |
1.2 SI units15.1 The mole |
1 |
有 |
|
9702 2026 Jun P1 Q11
11 A ball of mass 0.20 kg is falling vertically through a liquid and h |
3.1 Momentum and Newton’s laws of motion4.3 Density and pressure |
1 |
有 |
|
9702 2026 Jun P1 Q12
12 The diagram shows the view from above of two hard balls rolling alo |
2.1 Equations of motion3.1 Momentum and Newton’s laws of motion |
1 |
有 |
|
9702 2026 Jun P1 Q13
13 Two forces, each of magnitude F, act on a beam of length x as shown |
4.1 Turning effects of forces4.2 Equilibrium of forces |
1 |
有 |
|
9702 2026 Jun P1 Q14
14 An object is submerged in a liquid.
Which statement about the upthr |
4.3 Density and pressure3.3 Linear momentum and its conservation |
1 |
有 |
|
9702 2026 Jun P1 Q15
15 A horizontal uniform rod of length 10.0 cm is shown.
F3
F1
F2
W
2.0 |
4.2 Equilibrium of forces6.1 Stress and strain |
1 |
有 |
|
9702 2026 Jun P1 Q16
16 What is a unit for density?
N m–3
g mm–1
kg cm–2
g mm–3
A
B
C
D |
4.3 Density and pressure1.2 SI units |
1 |
有 |
|
9702 2026 Jun P1 Q17
17 What is meant by the efficiency of a system?
A
the difference betwe |
5.1 Energy conservation9.2 Potential difference and power |
1 |
有 |
|
9702 2026 Jun P1 Q18
18 Object X is at a small height h above the surface of the Earth and |
3.1 Momentum and Newton’s laws of motion2.1 Equations of motion |
1 |
有 |
|
9702 2026 Jun P1 Q19
19 Which equation is not required to derive the formula P = Fv ?
s
W
A |
15.2 Equation of state15.1 The mole |
1 |
有 |
|
9702 2026 Jun P1 Q20
20 A metal wire is stretched by a tensile force.
The tensile force is |
6.1 Stress and strain6.2 Elastic and plastic behaviour |
1 |
有 |
|
9702 2026 Jun P1 Q21
21 The graph shows the variation of the elastic potential energy Ep st |
6.2 Elastic and plastic behaviour19.2 Energy stored in a capacitor |
1 |
有 |
|
9702 2026 Jun P1 Q23
23 A vertically polarised electromagnetic wave has an intensity of 3.2 |
7.5 Polarisation22.3 Wave–particle duality |
1 |
有 |
|
9702 2026 Jun P1 Q24
24 A train is travelling with a constant velocity.
It operates its whi |
7.3 Doppler effect for sound waves2.1 Equations of motion |
1 |
有 |
|
9702 2026 Jun P1 Q25
25 An electromagnetic wave in free space has a wavelength of 0.1 nm.
I |
7.4 Electromagnetic spectrum22.3 Wave–particle duality |
1 |
有 |
|
9702 2026 Jun P1 Q26
26 A wave is incident on a surface of area S placed perpendicular to t |
7.1 Progressive waves9.2 Potential difference and power |
1 |
有 |
|
9702 2026 Jun P1 Q27
27 A string is stretched between a vibration generator and a fixed poi |
8.1 Stationary waves7.1 Progressive waves |
1 |
有 |
|
9702 2026 Jun P1 Q28
28 Water waves of wavelength are incident normally on an obstacle wi |
8.2 Diffraction7.1 Progressive waves |
1 |
有 |
|
9702 2026 Jun P1 Q29
29 What is a condition for two sources of waves to produce an interfer |
8.3 Interference8.1 Stationary waves |
1 |
有 |
|
9702 2026 Jun P1 Q3
3
What represents a physical quantity?
A
3.0
B
kilogram
C
7 N
D
40% |
1.1 Physical quantities1.2 SI units |
1 |
有 |
|
9702 2026 Jun P1 Q30
30 Green light of wavelength 550 nm passes through a double slit. This |
8.3 Interference8.4 The diffraction grating |
1 |
有 |
|
9702 2026 Jun P1 Q31
31 What is the definition of the potential difference (p.d.) across a |
9.2 Potential difference and power18.5 Electric potential |
1 |
有 |
|
9702 2026 Jun P1 Q32
32 Several wires of the same fixed length are made of metal of constan |
9.3 Resistance and resistivity19.3 Discharging a capacitor |
1 |
有 |
|
9702 2026 Jun P1 Q33
33 The diagram shows a circuit.
Which resistor dissipates the least po |
9.3 Resistance and resistivity9.2 Potential difference and power |
1 |
有 |